32EN61-4

32EN61-4 is an electrical switch commonly used in multiple applications. It is designed for controlling high-powered electric circuits, and it helps in preventing electric overload and overheating of circuits. It is a reliable tool for high-voltage applications. This article explains the application field and working principle of 32EN61-4.

Application field of 32EN61-4

32EN61-4 is a snap-action, limit switch that can be used in many applications. It is mostly used in large industrial applications such as power systems, automotive, and aerospace. Its working principle is based on snap-action switches. It can be used for controlling power circuits, controlling valves, and monitoring the position of machine parts. It can be used in electromechanical applications in almost any industrial environment. It is very reliable for high-voltage applications up to 440 VAC.

Working principle of 32EN61-4

The 32EN61-4 is a snap-action limit switch that makes or breaks an electrical circuit when it is triggered by a mechanical force. The working principle is based on the physical principles of mechanics. Its electromechanical properties make it easy to use and dependable. The switch consists of a stainless steel housing, a plunger, and a lever. When a mechanical force is applied to the lever, it will press the plunger against the contact pads. This will cause the electrical contacts to make or break the circuit.

The plunger is also equipped with spring-loaded internal switch contacts. The plunger spring exerts force on the plunger arm, pressing it against the contact pads. As it is pressed, the contacts open or close depending on the direction the plunger is pressed in. When the plunger is released, the contacts will snap back into place.

The switch has adjustable features to allow for precise and accurate operation. The position of the plunger and the contact can be adjusted to meet specific needs. This is done by adjusting the spring tension or by connecting the contacts to a small motor. Adjusting the spring tension will make the switch react faster and more accurately to changes in the forces applied. Connecting the contacts to a small motor will allow for more precise positioning.

Conclusion

The 32EN61-4 is a reliable snap-action limit switch that is suitable for multiple applications. It is designed to control high-powered electric circuits, and it helps in preventing electric overloads and overheating of circuits. This article explains the application field and working principle of the 32EN61-4.